Bud Clark Commons: Portland, Ore.
A cornerstone of Portland, Ore.’s strategy to end homelessness in 10 years is Bud Clark Commons.
Sections
About
Connect With Us
A cornerstone of Portland, Ore.’s strategy to end homelessness in 10 years is Bud Clark Commons.
Annual Energy Use Intensity (EUI) (Site): 75.5 kBtu/ft2 Natural Gas: 30.8 kBtu/ft2 Electricity (From Grid): 44.7 kBtu/ft2 Annual Source Energy: 181 kBtu/ft2 Annual Energy Cost Index (ECI): $1.61/ft2 Savings vs. ENERGY STAR Target Finder: 51% Heating Degree Days (base 65°F):…
Solar hot water. Heat recovery ventilators. High performance exterior envelope. LED fixtures (used for building façades and exterior areas). Daylight harvesting. Interior windows located high on the wall of residential unit bathrooms allow light to penetrate further into the space…
Name: Bud Clark Commons Location: Portland, Ore. Owner: Home Forward (formerly Housing Authority of Portland) Principal Use:Mixed-use Includes: Affordable housing, day use center, homeless shelter, administrative office, social services Occupants: 130 single-occupant apartments, 90 bed men’s shelter, 20 office employees…
Actual Annual Water Use: 7 million gallons Annual Water Savings: 55%
Building Owner: Home Forward (formerly Housing Authority of Portland) Architect: Holst Architecture General Contractor: Walsh Construction Mechanical, Electrical Engineer, and Lighting, Low Voltage and Energy Modeler: PAE Structural Engineer: ABHT Structural Engineers Civil Engineer: KPFF Consulting Engineers Sustainable Design, LEED…
Roof Type: Insulation above concrete deck Overall R-value: R-40 continuous insulation Walls Type: Metal stud with 3 in. continuous exterior insulation Overall R-value: R-26 Glazing Percentage: 25% Windows Effective U-factor for Assembly: 0.33 Solar Heat Gain Coefficient (SHGC): 0.31 Visual…
Water Conservation: 100% of storm water managed on site; overall water use reduced by over 33%. Recycled Materials: Over 10% of all materials are recycled, including fly ash in concrete, carpet, aluminum, countertops, and steel. 15% of all materials were…
Determine your building's potential energy efficiency with an As Designed evaluation. Powered by ASHRAE.